JPS59170729A - Method and apparatus for processing data of truck scale - Google Patents

Abstract

PURPOSE:To improve an operational efficiency by performing automatically the detection of abnormality caused by the calculation of carrying-in or -out quantities of materials basing on the detected result of car weight due to truck scale and the output of various pieces of information by providing a processing controller. CONSTITUTION:A driver places a truck on a truck scale then gets off while having a measurement license K consisting of an identification card and a measurement vote S consisting of a recording card, and the fact that a processor 11 is in a state capable of measuring and processing is identified from the display of a display part 25. At first, the license K is inserted in a card inserting hole 5, is read out two times and confirmed, then the vote S is piled on the license K and inserted. The fact that the output signal from a load cell 23 is stabilized is confirmed and the total weight of the truck is read out and whether the truck is in the entrance time to material place or the exit time from material place is discriminated. In case of occurrence of the abnormality in a bar code 1, an * mark indicating the abnormality is typed in the trader number column and brand column of the vote S respectively.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a track scale data processing method and apparatus.

The data processing device of the truck scale calculates the net weight of the loaded object from the gross weight and tare weight (empty vehicle weight) of the vehicle (for example, a truck) placed on a scale (truck scale) equipped with a load cell. It is used to display or print out information together with information items, and conventionally has a configuration as shown in FIG. That is, in the figure, 1 is a display section, 3 is a part of a data input key, 5 is a card insertion hole, and 7 is a power switch.

The data input key section 3, as shown in FIG. 2, consists of a function key section 3a and a numeric key section 3b. The functions of each key in the data input key section 3 will be explained together with the explanation of their functions later.

Note that FIG. 3 shows an example of a weighing slip.

Next, the operation will be explained separately for the case of carrying in materials and the case of carrying out materials.

First, the case of material delivery will be explained.

The driver places the vehicle (e.g., a truck) loaded with materials to be delivered on the truck scale installed at the entrance of the material storage area, gets off the vehicle, and then scales the truck using steps (1) to (4) below. By operating the data processing device 9 (hereinafter simply referred to as "processing device"), the total weight of the truck and the date,
The number of deliveries, vehicle number, and name of materials to be delivered are printed on a predetermined weighing slip (see Figure 3) inserted through the card insertion hole 5.

(1). After pressing the car number key, key in the number using the numeric keypad, check the display, and press the car number key again.

(2). After pressing the brand key, key in the material number, check the display, and press the brand key again.

(3). Insert the weighing slip into the insertion hole 5 in the direction indicated on the slip until the card lock lamp lights up.

(4). After pressing the total weight key, press the print switch.

Then, after carrying in the materials, the driver places the truck on the truck scale again, gets off the truck, and performs the following (5) to
In step (7), the empty vehicle weight and the net weight of the materials carried in are printed on the weighing slip on which the total truck weight, etc. is printed.

(5). After pressing the weight key, use the numeric keypad to enter the value in the total weight column printed on the weighing slip, check the display, and press the weight key again.

(6). Insert the weighing slip into the insertion hole 5 in the direction indicated on the slip until the card lock lamp lights up.

(7). After pressing the tare key and net key, press the print switch.

Therefore, by operating the processing device 9 according to the steps (1) to (7) described above, the recording of materials carried in is completed.

Next, the case of carrying out materials will be explained.

After the driver places the empty truck for loading materials onto the truck scale at the entrance of the material storage area, the driver performs the following (1) to
In step (4), the processing device 9 is operated to print the empty weight of the truck, date, number of deliveries, vehicle number, and name of materials to be carried out on a weighing slip.

(1). After pressing the car number key, key in the number using the numeric keypad, check the display, and press the car number key again.

(2). After pressing the brand key, key in the material number, check the display, and press the brand key again.

(3). Insert the weighing slip into the insertion hole 5 in the direction indicated on the slip until the card lock lamp lights up.

(4). After pressing the tare key, press the print switch.

Then, after loading the materials, the driver places the truck on the truck scale again, and then performs the following steps (5) to (7).
), print the total weight of the truck and the net weight of the loaded materials on the weighing slip on which the weight of the empty vehicle, etc. is printed first.

(5). After pressing the weight key, enter the empty vehicle weight value printed on the weighing slip using the numeric keypad, check the display, and then
Press the weight key again.

(6). Insert the weighing slip into the insertion hole 5 in the direction indicated on the slip until the card lock lamp lights up.

(7). After pressing the gross weight key and net key, press the print switch.

Therefore, by operating the processing device 9 according to the steps (1) to (7) described above, the recording of material discharge is completed.

In addition, regarding the net weight at the time of carrying in materials and carrying out materials mentioned above, the calculation device built in the processing device 9 (
It is obtained by subtracting the empty vehicle weight measured with a truck scale from the total weight value entered using the key in step 5 (not shown).

However, as mentioned above, when using a conventional truck scale data processing device, various key operations are required by the truck occupant, which causes problems such as operational errors due to inexperience and the inability to improve work efficiency due to operational effort. There is. In addition, there is a problem in that fraud is more likely to occur because there is no function to check for operational errors or abnormalities in the processing device. In other words, for example, when a truck crew leaves a material storage area, they carry it in as described above.
Alternatively, in order to record the net weight of the loaded materials, you must use the numeric keypad to enter the numerical value printed on the weighing slip at the time of entry, but there may be an input error (including intentional).
If there is, the calculated and printed net weight value will be an abnormal value. Therefore, when performing aggregation based on the weighing slip later,
It is not possible to determine whether the abnormal value is due to an abnormal operation of the processing device or an operational error by the truck driver, which may lead to aggregation errors or disputes. Or, excluding the cause of the truck crew intentionally increasing the tare weight (weight other than materials) of the truck and operating the processing equipment when entering the material storage area, the tare weight of the truck increases after the said entry. If you enter the market after loading or unloading, if the entry is for carrying in materials, you will have brought in more than the net weight of the materials actually loaded, whereas if the entry is for transporting materials, the net weight of the materials actually loaded will be greater than the net weight of the materials actually loaded. This means that less than the net weight was delivered, which is a fraudulent act, but the processing equipment cannot detect this.

The present invention has been made in view of the above, and an object thereof is to provide a truck scale data processing method and device that improves operability and prevents fraud.

In order to achieve the above object, the present invention provides a device that calculates and outputs the amount of materials brought in or taken out by vehicles based on the results of vehicle weight detection by a truck scale installed at the entrance of a material storage yard. At the time of entry, a code indicating predetermined information regarding the vehicle displayed in a predetermined code method is written on a recognition card inserted through the only card insertion hole formed in the main body of the device, and when exiting, the recognition card is inserted. a device that reads the code printed on the recording card inserted through the card insertion hole at the time of entry, and a device that reads the code printed on the recording card inserted from the card insertion hole at the time of entry or exit based on the read code and the detected value by the track scale. A processing device that performs predetermined processing, and based on the processing, at least the detected value by the truck scale and the processing result are recorded using the code method at the time of entry, and at least the amount of materials brought in or taken out at the time of exit. The gist of the present invention is to have a printing device that prints on a predetermined list of cards.

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 4 to FIG. 7 show an embodiment of the present invention, and its feature is that the total weight of the truck on the truck scale, the weight in the air, etc. It automatically prints out the weight measurement results, automatically calculates the net weight of materials brought in or taken out based on the measurement results, automatically prints out the calculation results, and also indicates when an abnormality is detected. The purpose is to automatically print on a predetermined list of votes. Note that the same reference numerals as in FIG. 1 indicate the same parts.

As shown in FIG. 5, the arithmetic and control device 13
The optical sensor 19 is supported by a support member on a part of the head 15 of a printer that is installed in the printer and prints various information on a predetermined weighing slip S, and a microcomputer 21 is provided.

The microcomputer performs predetermined processing based on the output signals of the load cell 23 and optical sensor 19 provided on the track scale, and displays a display signal of the processing result on the display section 25 and a print signal of the processing result. The signals are output to the heads 15, respectively. The microcomputer 21 includes a central processing unit (CPU) 27 and a ROM (Read Only Mem) for storing processing programs.
ory) 29, RAM for temporary storage of data (Rand
om Access Memory) 31. Note that as the optical sensor 19, a reflective sensor having a built-in light source is used. Moreover, FIG. 6 shows an example of the weighing slip S used in the processing device 11 of this embodiment. Further, 32 indicates a printing ribbon of the printer.

Next, the operation of this embodiment will be explained based on a series of processing flows including the flow of the processing program of the CPU 27 as shown in FIG. In addition, in Fig. 7,
The processing within the dashed line is the flow of the processing program of the CPU 27.

The CPU 27 detects that the truck is approaching the truck scale, for example, by a signal from an approach sensor (not shown) provided in the middle of the approach road to the scale, and resets the weighing value of the truck scale ( Step 1
00-120). After the driver places the truck on the truck scale, the driver takes out the weighing permit K, which constitutes a recognition card in which the material brand, vehicle inspection tare weight, vendor code, and truck number are written in barcodes, and the No. 6 weighing permit K.
After getting off the train with the weighing slip S that constitutes a recording card as shown in the figure, and recognizing from the display on the display unit 25 that the processing device 11 is ready for weighing processing, first insert the weighing permit K into the card. Insert into insertion hole 5 (steps 130-1)
70). The CPU 27 detects with a sensor (not shown) that the weighing permit K has been inserted to a predetermined position, and displays the display on the display section 2.
Turn on the predetermined lamp in step 5 to stop the insertion operation, and insert the code of the permit into the head 1 of the printer.
The optical sensor 1 is scanned by the optical sensor 5 and is supported by the head.
9 to confirm the reading twice to avoid erroneous recognition due to noise, dirt, etc., and instruct the driver to insert the weighing slip S over the weighing permit K by displaying a predetermined display (step 180). ~200). After the CPU 27 detects that the weighing slip has been inserted to a predetermined position, the optical sensor 19 determines whether a barcode is written in the predetermined position of the weighing slip.
If the code is written as determined by the output signal from the scan, the code is read, and the total weight of the truck is read after confirming that the output signal from the load cell 23 is stable (steps 210 to 235). Next, the CPU 27 determines whether the truck currently on the truck scale is entering the material storage area or exiting from the material storage area based on the previous determination of whether or not a barcode is written on the weighing slip. If the result of the determination is the time of entry, the process proceeds to step 250 to perform the process at the time of entry, and if the result of the determination is the time of exiting the bath, the process proceeds to step 420 to perform the process at the time of exiting the bath. Note that if a barcode is written in step 220,
Step 192 not shown in the flow or described above
Similarly to ~194, misreading is prevented by reading twice.

The CPU 27, which has determined that it is time to enter in step 240, uses the total truck weight read in step 235 and the total weight of the truck in step 19.
Steps 2 to 196 determine whether the truck is on the truck scale or empty based on the difference between the vehicle inspection tare weight read from the barcode written on the weighing permit K, and if the determination result is empty, step 260 If the vehicle is not empty, the process proceeds to step 280. After determining the empty vehicle, CPU2
7, if the difference between the total truck weight and the vehicle inspection tare weight exceeds a predetermined value, the difference in weight between the two should be extremely small, but if it exceeds this value (it is a case of fraud). Doubtful) After printing a mark (*) indicating that there is an abnormality on the tare weight list on the weighing slip S, print the truck tare weight (WT:
Tare Weight) is printed (step 260
~270). On the other hand, if the CPU 27 determines that the truck is not empty, the CPU 27 calculates the gross weight of the truck (WG).
light) is printed on the reduced weight list of the weighing type S (step 280). Next, the CPU 27 prints the material brand, weighing value, and truck number as a barcode at a predetermined position on the weighing mold S based on the barcode read from the weighing permit K and the measurement result of the total truck weight, and at the same time 19
In the same way as in steps 2 to 196, the printer head 15 is moved again and the optical sensor 19 reads the printed barcode twice to confirm that it has been printed correctly, and then enters the entry date and time, track The number and the weighing number indicating the entry order of the trucks are printed respectively, and the process proceeds to step 350 (steps 290 to 340). In addition,
In step 310, if there is an abnormality in the printed barcode due to ambient noise, poor feeding of the weighing slip by the printer, etc., the CPU 27 returns the process to step 200 and sends the driver a new weighing slip. An instruction is displayed to insert the .

On the other hand, processing when it is determined in step 240 that it is time to exit from the material storage area (processing at the time of exit (step 420)
~530)) will be explained.

After confirming the truck number and material brand from the barcode of the weighing permit K and the barcode printed on the weighing slip S at the time of entry (step 290), the CPU 27 determines whether the truck in question is based on the total weight of the truck on the truck scale. Determine whether after the materials have been brought in or after the materials have been loaded,
In the former case, proceed to step 450, and in the latter case proceed to step 520 (steps 420 to 440).
.

In addition, if the truck number and material brand are different from the barcode of the weighing permit K and the barcode printed on the weighing mold S at the time of entry (step 290) in the processing in steps 420 and 430, there is a suspicion of fraud.
A mark (*) indicating an abnormality is printed in front of the trader number list and the brand name of the weighing slip S, respectively (steps 425 and 435).

After the carry-in determination, the CPU 27 compares the total truck weight read in step 235 with the vehicle inspection tare weight read from the barcode of the weighing permit K in steps 192 to 196, and determines that the weight difference is a predetermined value for the reasons described above. If the position is exceeded (suspected of fraud), a mark (*) will be printed indicating that there is an abnormality in the tare weight list on the weighing slip, the tare weight will be printed, and the tare weight and the total weight of the truck at the time of entry will be recorded in WG. , that is, the net weight WN of the materials brought in (steps 450 to 480)
. Next, the CPU 27 prints the date of participation, material brand, vendor number, and weighing number indicating the order of appearance of the truck, and proceeds to step 350 (steps 490 to 515).
).

On the other hand, if it is determined in step 440 that materials have been loaded, the CPU 27 prints the truck total weight on the weighing slip S, and also prints the total weight WG and the tare weight WT printed with a barcode on the weighing mold S at the time of entry. , the net weight WN of the loaded materials is calculated, the calculated value is printed on the weighing mold, and the process proceeds to step 480 described above (sketch 52
0-530).

After the printing on the weighing slip S is completed in the above-mentioned processing at the time of entering or leaving the hot water, the CPU 27 checks that the final position of the weighing mold at the time of completion is not in an abnormal position due to poor feeding of the weighing slip by the printer, etc. After checking, a processing completion display is displayed, and the driver confirms that the weighing permit K and weighing slip S have been removed by looking at the processing completion display, and outputs a weighing possible display (steps 350 to 4).
00). In addition, in step 360, if the position of the weighing slip S is abnormal, the CPU 27 determines that the process leading to step 360 is the same as the process at the time of entrance (steps 250 to 3).
40) or the processing at the time of participation (step 420~
530), and in the former case, the process returns to step 200, and in the latter case, the process returns to step 37.
0 (step 410).

Thereafter, the driver heads to transport or bring in the materials (steps 600 to 620).

Therefore, in this example, the vehicle inspection tare weight is compared with the tare weight measured by the truck scale, and the truck number and material brand are compared between the time of entry and the time of exit. Even if I weigh another car, a correct weighing slip without the (*) mark cannot be created. In other words, there are effects such as being able to issue only a kenton slip in one's own name, or not being able to issue a weighing slip with a different brand of weighing permit, thereby making it possible to prevent various fraudulent acts.

In addition, in this embodiment, the amount of materials brought in or taken out by the vehicle and various information are calculated and printed using the weighing permit and the weighing slip for the purpose of preventing fraudulent activities, etc., as described above. In cases where this purpose is not required, print the first measurement value as a barcode on the weighing slip and a numerical value at a predetermined position, such as a position along the barcode (see Figure 8), and then At the time of weighing, compare the measured value at this time with the first weighed value, calculate the net weight WN by taking the smaller measured value as the truck tare weight (WT) and the larger one as the truck gross weight (WG), respectively. By printing the values in a predetermined list on the weighing slip (see FIG. 8), the weighing permit can be made unnecessary, and the operability of the truck scale can be improved.

As explained above, according to the present invention, calculation of the loading/unloading amount of materials by a vehicle based on vehicle weight detection results using a truck scale when entering and exiting a materials storage area, abnormality detection associated with the calculation, By providing a processing control device and automatically outputting various information, the following effects can be obtained compared to conventional devices.

(1) Since it is possible to automatically calculate and print the amount of materials brought in or taken out by vehicle, there is no human error and the weighing station can be completely unmanned.

(2) Since there are no manual operation means such as operation keys or switches, there is no need to operate various operation means for calculating the amount of materials brought in or taken out, and there is no human error, leading to improved work efficiency. In addition, it is possible to further reduce costs, and since there is no room for unauthorized manipulation of the data processing device, fraud can be prevented.

(3) Various abnormalities are checked during a series of processing steps leading to the amount of materials brought in and taken out, and when an abnormality occurs, the abnormality is printed out, thereby preventing various frauds.

[Brief explanation of the drawing]

FIG. 1 is an external view of a conventional truck scale data processing device, FIG. 2 is an extracted diagram of the data input key part of the processing device, and FIG. 3 is an example of a weighing slip for materials used in the processing device. FIG. 4 is an external view of a data processing device showing an embodiment of the present invention, FIG. 5 is a schematic diagram of the configuration of the processing device, FIG. 6 is an example of a weighing slip for materials used in the processing device, and FIG.
The figure is a processing flowchart in the processing device, No. 8
The figure is an example of another weighing slip. K...Measuring permit S...Measuring slip 5...Card insertion hole 11...Processing device 13...
Arithmetic control unit 15... Head 19... Optical sensor 21... Microcomputer 23... Load cell 25... Display section IJrm')
Output 1 Shi 0 Michiharu Todo Agent Patent Attorney Hi Yoshihide Kazu, l):, i', (, i,:shi; L, j, knee) Figure 5 Figure 6 Figure 81m Procedure stroke 111 [ -') <Spontaneous) Showa [) March 8! [1, Name of the invention i~Rack scale data processing method J5 and device 3, relationship with the case of the person making the amendment Patent applicant (1 location (residence) 3-14-17 Jingumae, Shibuya-ku, Tokyo) Name (name) Michiji Rikudo 4, Agent address: 1-1-1 Toranomon, Minato-ku, Tokyo 105
No. 8 Niko Toranomon Building 8th Floor 6, Amendment Shooting (1) Akira IJ1's S'F Claim 7, Contents of Amendment (1) Ri in the Specification; As per the amended statement 1llll? ■ Correct. However, there is no change other than the blank in the claims. 8. Attachment f=I
1) Mountain 2 - Akira f411 Tomoe 1, Name of invention Truck scale data processing fj person's equipment 2
, Claims (1) A truck scale installed at the entrance/exit of a stockyard] ′! 1lli based on detection outcome
This is a method of calculating the amount of material being lifted in or out by a vehicle and calculating the output, and at the time of entry, predetermined information regarding the vehicle is displayed according to the predetermined ]-1 to fj formula (・displayed). The vehicle weight Φ detection (JJ, the vehicle weight Φ detection (directly), the vehicle weight Φ detection (directly), the vehicle weight Φ detection (directly), ]-)・Print on the prescribed list of the recording car 1, and tap the tap water outlet) (this is shown in the above-mentioned s2.rA II car 1!).
-1~ is printed on the recording car 1 at the time of entry, -low I~ which match is written in the I-lux no. iDojingaki0″i
I.J. From the difference between the printed vehicle j7'i and the detected bα, the above I1
1'J person-year or export amount is calculated and C1 the calculated bundle is,
Platforms i, . . . : l; L
A method of filling data 99 on a track scale that prints a predetermined negative value on the recording card according to a predetermined number. q * y, 'r The method for processing 1 to 1 on an easy scale as set forth in claim 1. <3) Material storage area 1~Rack scale (a device that processes based on the vehicle weight detection result and extracts and outputs the speed and amount of materials carried by the vehicle; is the only car 1 formed in the device body to the recognition car 1 inserted through the insertion hole.
I accept the prescribed information regarding the vehicle displayed in the prescribed 21-do h format on the ``-1~'' and on the hot water 1N (↓ with the ``-do'' of the above-mentioned recognition car l~) J- Recording car 1.r inserted from the horn-1 to 1Φ human hole, superimposed on 1.
A device reads the code J-code printed at the time of entry, and performs predetermined processing at the time of entrance (low) or exiting the hot water based on the read low 1- and the vehicle quick detection 11r1 on the truck scale. Based on the processing device and the processing, at least the above-mentioned -1-do method is used to detect the hanging of both hands by the above-mentioned 1 to easy scale and the processing results at the time of entering the bath. J has a printing device that prints a message at a predetermined position in front of the recording cart.
Lux)) - Lu's data processing is confidential. (4) The predetermined one = 1-1~' Formula 15 is bar-
1-Dob Type 5 (Characterized by 11?) 1 Revised Claim No. 3 The invention is a method for processing truck scale data.
and equipment. 1-Rack scale -j data processing equipment (yo, []-
Doselno〕Suiterere I scale (1-Lan scale)
-1 (, Plate-) The two-fold rule of k vehicles ((trucks, if you will), 4.0-Utabukuro Senga (empty vehicle weight) to shine the net Φ of the loaded object for various information purposes. It outputs a display output (from 1 to 1) together with the JO, and the conventional structure is as shown in Figure 1. In the figure, 1 is a display section, and 3 is a data input key part. , 5 is the card insertion hole, and 7 is the power switch.
〕〕ノ／ノシ】SoA Part 3i1+Ijhi7n) Part 3
From b to h 2. 1 part 3 of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part of the 1st part. In addition, the third r! lnita, :l m votes 0) -M
Show me. i'R(This, regarding the action, in the case of material INI person, in the case of material 1 derivation, minute (-(((Explain. t, +1 people (a vehicle (1!ill is l-rack) that has 16 battles with 4) +4 people [](
After loading this rack scale (-), I got off the car and read the following (A) ~■ -T'-100. 1-
Ta ran, IA νj i blindness 9 (hereinafter 1ζA)
1 by operating y ('Qljrip, buy)doO・Ffu)
~Total rack weight and 41 months and days, number of free passengers per day, car number,
Insert If'i person box (I?1) from cart insertion hole 5 and place -7 lint in the specified 4-way W' (see Figure 3). -1- key the number and check the display -1-1 again 1μ, used key t
・Press - (Press the stock key 1 (2, y January to Pumba = Yain and display 'Glf approved 1-1 re (q press -1- 1, +71, quick vote) Insert the hole from hole 5 shown in purple.
Car 1 in the direction; c + Tsukura Ship lights up. Insert with 1-. (After pressing 1- for small and all medium, press Zorin 1-Main-1 4 times, Un 11 Yushin returns to material loading iη, and turns [-sic to the truck scale 10 again. After finishing 1: I say, the next (6)... (during the empty car (D and ll
FJ people used the net quickness of the materials to light up the truck degeneracy years, etc. to the pudding 1:? (Press 1-1 on the 1-year vote.) ■Press the small amount key and print the old IVj vote (2). -1, re-snoring, rapid-) - Press 10・(
蒐1. I,'l,tp'insert'85,?
, %jJapplicable V,'(indication +1 / two-way C par 1~
Date/)) The difference is 1 in 100 moons (7 included, 1 degree Lγj, FFt 1 bag key and net key, 1 degree IJj:
2 (Small, Grishi I Swing? 10 (・η, the above-mentioned l (J) ・-■ procedure (Procedure 1 armor ``9 to 1v・make (゛Materials 11p People's records is the end
In the case of 141 + il output, the driver explains that the material e ft'i? La Empty truck and tsuku for d material 1 item [1 of 1-rack scale-11J iFi! After zeal, missing ■～(78)
Operate the processing device 9 according to the procedure of 7, and calculate the number of empty vehicles (I' 14, +ll!r number of outputs, Shenka). ),
After pressing Offer -1-, he entered the number using the numeric keypad, checked the display, and pressed the car number key again. ■After pressing the brand key, key in the material number,
After confirming the display, press the brand key again (4 degrees) Insert the trance ticket from hole 5, and insert the card in the direction indicated on the ticket. . (A) After pressing the I @ bag -1-, the driver pushed the Pudding 1 knob. After 11+JJ loading, the driver put the truck back on the truck Snownor I-. from,
)ri (i + t, ''s (5)... (Ha C ha d ~ in order, track total speed i1'j J',", bi11' hand y capital ↑
4'l [Taste weight Iβ first, air weight f0, etc. are pudding (・. Enter -C on the numeric keypad for a small amount of air in the air, 7k l direction.
Confirm the display and press on the back of the gauntlet again. (To) Insert the M1 tag into the hole 5 Non-rotation and the corresponding tag (in the indicated direction ζ・) I-D [Kot clamp lights up'? do31
, insert V into. 17), Naka... 1-, i (-taste-V-, press 1, then press pudding 1~sruts 1~ 4゜Follow (, front)) ■~Q)'s hand Ill mouth By operating 兇J1p Technician (), you can finish recording the materials being carried out. Regarding the net weight during material loading and unloading () mentioned above, the key manual calculation of the total weight in step 5 is performed by the arithmetic unit (1! From the numerical value, the zero reduction process C of the empty vehicle type h1 measured by the truck scale C is determined. But 41 is ()? , L come (
HA 1. -) ・N Tsuno Suno 1- No.
-1-To M4111 of all 9c 11F equipment (\6), 1, front), 7f junction, truck '7 heavy O, J, filter each (Φ1-operation 1'F required) ) l ko V), the occurrence of operational errors due to unreading, + i work time (this, J two (work efficiency, r direction 1 <, S\41 (-'' irritating time h+! J). In addition (, 1111-Miss of the processing equipment\) Itozato Raw (
Due to the low ability of this person to check 41, it is easy to cause failure (71v talent with 1 and 1/1 problem), etc. When taking out the water, operate the J Meten hair -C entrance as described above. 9. If there is a typo in the number printed on page 01, enter the number (directly). 1st floor Aji Chihaya ('Brightness abnormality (10 and 4th floor). This I put on the 1st circle Cδ1 hanging slip 'C'jX lesson (') <:i-') case for,
Is it the operation of the Tatsujo jifi or the processing device? ? It's always a mistake, 1 spatula yri East 6 operation mistake (ko, (-Roshika'+
11 different C. Deliberately increase weights other than 4 ^ 1) to make it 12 Qp 7Q' IN Shrine comb field person"%A
ll'r to operate the processing device and after the entry, 1~',
7... I Rino 1! 11 Bags Ichi A is increasing (゛) () Excluding the cause of (1) I is l1 fi no 6 or 110 [
When the public came out of the bath, it was revealed that the said entrance was actually 11 pieces of materials used by the general public, and that a large number of materials had been brought in. On the other hand, the said entrance In the case of carrying out materials, it is actually (W listed in b, 4:4 i]-Maijindu,''
It was decided that there would be less than 7 days to carry out the work, and eventually it would be impossible to carry it out.
i'i yell/T<processing I51 device then check this'IJ
I 3. I'm so angry. This invention was made in view of the above (1).
To achieve the objective, the present invention aims to provide a T-total processing method (11) for rack scale T-total processing.
'j + 4 entry/exit of the storage area[' 1-lux/
7-rule (single for detection result of China 1) ゛(processing China 1;': , l, material of 1 free person fc: 4, or 1
7 iJ-mouth? This is a device that outputs output by pulling out a shovel.
1 A predetermined -1 is inserted into the recognition car 1 through the application hole.
−j～direction j (predetermined q related to the middle tube 1 displayed in)
Show information 1 l-do, i13 and hot water +1i n1
°J mark recognition car river -] -+1 and the corresponding car 1 ・Condolence 4
If Q record car 1~+iri is inserted into the recording car 1~+iri hole, there is a device for reading =1- code printed on the recording car 1~
7. A processing device that performs a predetermined process at the time of entering or leaving the bath based on the detection value, and based on the process, detection by at least the track scale in accordance with the above-mentioned method 2-1. The gist is to have a printing device etc. that prints the value and the calculation result, and at least the amount of materials brought in and the amount of materials taken out 111 at the time of tapping the hot water on a predetermined list of the recording car 1. Embodiment 1 of the present invention will be explained using FIGS. 11 to 7. FIG. 11 to FIG. Based on the measurement result, C1
Automatically calculates the net weight of general or transported materials,
Then, print out the calculation result automatically Φ11, and when a foreign flower is detected (, above) The same reference numeral b indicates the same thing as 41'.As shown in FIG.
1 is equipped with a predetermined meter [I! A part of the printer that prints various information on the slip S has a light lens 19 supported by a supporting member (J knee) on a part of the rad 5, and a microphone 1n L+-.
It covers the evening 21st. Said microphone
- 11-1 to Hill 23 set up at Sixth No. 7-Role
71, J, According to the father-in-law of Biko Senri 19 -b
/) Execute the prescribed /j processing<>, and output the 11 lint signals of the processing result 42 to the display signal board display section 2 of the processing result 2 to l\t15, respectively. reactor. i; +1),
Microphone[]-+1Picoater 2 is connected to a central processing unit (CP).
LJ) 2/, [statement ON・I(R
ead only tvl cmory ) 29
, RAM for temporary storage of data (R1lllld
0111 A CCO35M ellolV
) 31. , In addition, the optical pin! As for the use (31), a non-conforming light source with a built-in light source is used. , :l: /-2, FIG.
An example of the measurement sample S used at 1°C is shown. Further, 32 indicates a printing ribbon of a link. Next (, 2, the effect of this embodiment (there are 7 and θ11, not shown in FIG. 7), the processing block of the CPLI 27 [-1 go)],
のの [Series of processes including 1-) [5( based on 1-)
) clear. In addition, in FIG. 7, the processing within the dashed line -C1 is part of the CPU 27 program F[1--C. CP (127 is 1 or 1 on the rack scale)
For example, if there is a J-C nearby, it can be detected by using a bow and chanting U l-Luxnonor from the JlL entry point (as shown in the figure) set in the approach path to the relevant Thrill. Hayabusa bean 1, Luso 1~IQru (Sflag 100--120)
. Before driving, No. 1 with LL +-no and l'no placed on the truck scale, 1vlla! , -1 Tomb Army IN'l
S'4 'JA tRthei! Mon) JIJX%i
i [! Neck'fM'l'. 1・-)・Nkunanha configures the recognition car 1 mounted on the bar-1-de(koJ,)'C8.
Kit K, li on the 6th μm (like recording car 1~
215, and the edge filling device '11 recognizes from the display on the display unit 215 that it is in a state in which measurement processing is possible (a certain mouth). 'l fil
Rhyme [〈を)i-1・1111人holeL〕nishikomi・mu (Sumi-tsubu 130-170＞.(':, f)jJ 2
7CJL, nt 'n, ii't m i! If,
K KaiIlj R1(ff iFj,'! de'
7 (Ly Filling tt /, h L, etc.) Illuminate the specified lamp on the display section 5 and turn on the corresponding 1 filling movement f' 1 Stop 1 and then press the printer's
\ Scan Rad 5! Noise, dirt, etc. (misrecognized J') I read this twice and recognized it as 61f, and jl・Instruct the above-mentioned correction slip S for transfer.
[K + J Mito] C blurs, j,) (J- is indicated when the specified display appears.〈Su j Tsubu 180-20
0), 'T shi'C, CPU 27 (, L, the 511-
7.11 After checking that the vote has been inserted in the specified direction, check whether or not the bar ml -l- is written in the ijh position of the ;l 'n vote. Optical lens +J 19 Output by checking 7 (:) No. (Please judge J, C and if it is written, read the - code) Both rows 1 to 1. Output signal from rule 23 Confirm that it is stable and read the 1~lack weight and speed.
210-235). Next, CPtJ2/ determines that the 1-rack in 11a and the 1-rack on the 17-role is the material storage area, based on the judgment made earlier in the description of the kfft m slip IJ O-34J Robber-1-1. When entering l\((((but,
When discharging the materials from the bath - C' A5 is judged, and the judgment result indicates that the process for entrance 1 (if any) is also executed in step 2 Fi O, and hot water ■ 1. (7) Process step 4201.
: (Respectively advance 1. In addition, 1. In the case of λ-j knob 22 o and bar--1- bar g? and li
'il fl t, read 12 times translated by 0, see if
Prevent damage 114. S'I Tsuno 240-1 entrance, CPU determined by...
27 is l-rack j read by sug 235
- From the difference from the vehicle inspection tare song read from the bar written in 192-196 and the bar written in Low 1-, it was determined that the truck was in Hella Nxgur. It is determined whether or not there are 4 cars and 2 cars, and if the judgment result is that the car is empty, it is displayed on the 13th cross-I knob 260, and 41 is not empty.
They all move forward 2ε30 (all of them move forward. After determining the empty car, the CPU 27;) 1) 1-2 Tsuku group type Uo
If the difference with the vehicle inspection tare weight exceeds 11r1, the difference between the two is originally 31, which is an extremely small value, but if this is exceeded 3 times, (Doubtful) i'1lG1 Vote S (There is an abnormality in the bag reading) Print the (*) mark and print the truck tare weight < W T : l arc wcighl) from C (Steps 260 to 27o) ). On the other hand, CI"'
If U27 is not empty but has a predetermined number of seats, it will be cleared by one (WG: Gross Weig).
ht) is printed in the list of keys ε1,000jR of the paper slip S (, 4
)-two 1280). Then, C,'P U 27 i,
i, 5'c L it rI"lri'1"J 6+E
Y? Defective brand, Φ value, 1~
After learning the rack non-ha, print a bar in the predetermined position of β blank S and proceed to the previous step 192.Proceed to step 196 (repeat to η)'Move the link head 15!
Then the sensor 19 reads the printed barrow 1- twice' if: 1. y <Printed ノζ Also known as 4 confirmation fu 2, the prescribed list of the 7B1 vote (, Ljinbato 11'l\\
, I heard the truck's entry 111ji whistle, and the 81m bunba was printed with an elapse, and it was 35th.
Proceed to 0/return start tab 290/34O). In addition, surrounding noise and printer (
7 (-1・Occurrence of defects, etc. (2, ], 1)
) Marked bar-1-1 (if there is an abnormality, #J, CI) U 27 will process the process as STAP 2001 and issue it to the driver. On the other hand, the processing of the curse that was determined to be 01 from the purchase of Stetsuno 240C ¥''i month (1lP at the time of bathing)
Stap / 120"5nQ)) attached to C♂ (Mei 4ru. CP tJ 27 LL, quick revision "I", 11' K
bar]-1-Who are you?) ni Q! 5',”
, Bar printed on S] -;・(λ) horn 290 >
After confirming the rack number from 1 to N3 and the stock N3 brand, 1 to 1 on the scale 1- to φg-) - (from the truck wind weight concerned l- after the rack presents the materials l) the seal (number) (Published in O) 7 or later 111i L -C, in the case of the previous name (, 2 is the step 4.50, in the case of 1 thread stone, deviate to step 520) j1'L; (Stesaw 7712
('l・-144014 ``Oh, the above-mentioned Sfutsuno 420 OJ, hi, 130 + Komu) processing ゛i1 early correction corner I
[)<'s bar 1-1-l・Dojinba■゛fniil Q'l
. From bar-1-1 (stap 290) to 1-27 printed on slip S, the missing brand or shield: ni f
-) is 1↓,) is (suspected to be a trick) (is 'i'
? , +it; /, small i (:i: >Fuller-]
(1 side IL tears tsu □ S's work ji non ha π S o 1)
, Hime 4Ni M'v k: Printed J le (,1=r horn/125 a3 J, O"/I 35 )The said 1 shrimp entered 1'11 housei killing, C; l) U 27 (,t, vinegar)
...knob 2.7) 5 to read -) 1 - Rack total Φ single tap ゛'192-196 'C' , Compared to the middle-class bag that I saw, i'ii+ j!I'Hl, 1.
For reasons such as -, if the value exceeds the prescribed limit, then the 1 [Ia 0] (this is the tare type h of the 51 early vote) is viewed [2 dormitory 1 counterfeit]. (1, (1:)Print the corresponding Nagibukuro 4"/i奄 on the robot J(.
In addition, Y1 R1 bag weight h4 and entry 11:'1,) Go IJuru truck total, Shingo ~ ゛0 which X゛, t, 1 <(
Carrying in Wamo-C 1. : Exit lN to 0 to the net weight of the material (Stap 4 [) 0~/180). Next, Cf)U
27 is jl-i Jth November El, Shibe 4 stocks,
1.mu (Sfutsubu 490-・515). On the other hand, CI]jJ 27 III , sua fA/10
After loading □ f4 J, i'i and I'll cut off the lifting platform (this (2L, (・-) ivy total Φm) and the irises 1 sheet S (this print 4 Rudo s (ko, ゛! jThe total heavy assembly type VV G and 1 easy ur(,
1 old 1 [fi crab S L niha-] -1・η'' printing) 9
, Which bag is used for 1,000 mW, which left? l/zwaL-) Screen the net amount ω\me~lN of the loaded materials, print the starting value on the hanging slip, and proceed to step 520. 530). CP, 1. J27 is used at the time of entrance or exit from the bath f1. 'i 1131'j αj'll tko・]i and the printing on the metering slip S is completed No. 1
Confirm that the weighing slip is in an abnormal position due to a defect in the feed, -, etc. of the weighing slip, then display the completion display and start operation. Ontotsuba Look at the processing completion display and see 51 Early correction possible 5I [K and total! Confirming that N votes S have been extracted, i, P and output a total h1 possible display (steps 350-400). S
The position of 4C is abnormal (well, Stella 73 ('+ 0
(Determine if the process is after going through the above-mentioned entrance + 11i process (steps 250 to 340). , in the case of the first one, Stella 720CN Komotori, go to the latter's lifting platform (step 3701) <step 410
). After that, the driver is 110 or 1 pick-up (3:
Heading (to Sfutubu G00-fj20). Therefore, in this example, a comparison will be made between vehicle inspection tare/zero hanging and bag quickness using 1-Lux Full 1-Fle, and a comparison between 1-Ratsunononpa and material brands at the time of entry and at the time of exiting the hot water (
So, for example, once ('' means δ1 the rack to own 1 and twice mouth (this also means the other east is 1 early), there is a 41 J1 letter with (:l: ) mark. The utility of being able to issue only Q'i votes in one's own name,
Or the difference in brands) It has the effect of not being able to issue '[Certificate C meter hanging slip 1j], etc., which leads to various illegal
It is impossible to prevent the act. In addition, in this actual example, as mentioned above, the prevention of fraudulent activities, etc. Koha l
fQ Deyari, Oni08 various information)
However, in cases where the purpose is not required, one-time use ii (' (u (+C3 in total to Φ vote)
1-D (along with this (r7 purchase etc.) Directly mail C1
l+ri C mark':'? 'l, (see Figure 8), twice [
1 measurement mouth ``i (i7j cliff planting at this time and 1 time mouth 5
1 year (Compare VL, etc., and use 1 skewer and 1 shift of the smaller one for 1~
Shiratsuku wind medium is 1'T), the larger one is 1 to rack total weight (WG) and the net small part WN is taken out as a trunk, and each li
Print Q in the specified list of h1 copy d (ko, 1, =)
For iX (see Figure 8), there is no need to do the above 4 inertia (l'
14〕) (2, 2 is C. j Strike, J2 As I said, in this flower light.'' - This is material 17, l Hot spring +1: lI+,, T o (Jru (~) Tsu'nos / 7-L's Chinese small early detection of the inko with JF attached to the middle flesh (this J, Ru゛ ('
1 (I'll'i peoplefii31, or exportii (7)
,Q out,! 1 rise (3-fl”> abnormality detection 7.11,
Oh, J, I installed a 1all device to control various information output ()
(Automatic 1.:l ?11.'r -'> J, because it turned out to be sea urchin ?''I+I's IIl entry condolence mano ζ has 11 functions of automatic printing of Ifp delivery, so if there is no human error, it is possible to complete the service unattended.・'μ) l'af ding 1-person ゛) r Tsuchi etc.'s artificial move 1 ・ψ1'1 move ``Since there is no Q, mouth (O's 1 feeling 111. r t: l; 1 There are various ways to achieve the ε of eye launch r111 (V).It takes time and effort to operate the operation means, and there is also a high chance of human error.
C) (It is possible to show sincerity to Miss 1〈:)
) Igo, Ark V) ￥1llI￥i purchase There is room to perform the non-IL operation of ￥1llI￥i￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￥￡￥￥￥￥￥￥ it. f'jr %'f 4yi (r) A series of processing steps (each (・performing the Tatsumi Josho Nick, 51 times) T has the corresponding ψ1;;(
(Printed out 2) (C, various types of non-iE protection 11- are printed out. 4 Simple drawing 1:i, 1;-; Explanation Fig. 7:' -l
] Figure 9119 of the processing equipment, Figure 2 is an extraction diagram of a part of the data input between the processing stations, and Figure 3 is the extraction diagram of the input of the processing station.
'Nia C used Ruru Tei 44's death certificate example, ゑ17'
Figure 1 (an external view of a data processing device showing an embodiment of the present invention; Figure 5 shows the structure 11 of the processing device; CIF, < tl
li diagram and Fig. 6 are the processing equipment (-1・JI Ill
T! i”f j-; Ihaf, l tIj to 11
The 1 series diagram and the ε117 diagram are stored in the relevant processing equipment.
Fig. 8 is an example of another instruction sheet.
Horn-1~insertion hole 11・2Q III! Device 1
:i-arithmetic control iIl station city 1()・Hera 1
2゜10...>Y, Renri 21.2 Ita 1]/Hinuta 23-r''-1~Cell 25 Display section
3.1'f Edited by Mutsumi 1J)6
30 Te procedural amendment valve (voluntary) January//7, 1988, Director-General, Kazuo Bi Wakasugi, Incident Display, 1980, Ukei Application No. 43222 Name of the invention: Tora, Kuscale data processing method, and Relationship with the device amendment case Patent applicant address (residence) 3-14-17 Jingumae, Shibuya-ku, Tokyo Name Michiharu Todo (Shipping date: Showa year, month, day) 6 Subject of amendment (1) Drawings Middle Box 4 Figure 7 Contents of Ki 11 (1) Betsuga No Tori 8 Catalog of Sorizuki Ministries 171-

Claims (3)

[Claims] (1) A method in which the amount of materials brought in or taken out by the vehicle is calculated and output based on the results of vehicle weight detection by a truck scale installed at the entrance/exit of the materials storage area. The code on the recognition card, on which information is displayed using a predetermined code method, is read and the pre-selected information is printed on a predetermined list of the recording card using the code method, along with the vehicle weight detected by the truck scale. , Recognizes whether the code displayed on the recognition card matches the code printed on the recording card at the time of entry, and based on the difference between the detected value by the truck scale and the detected vehicle weight value printed at the time of entry. Track scale data, characterized in that the amount carried in or the amount carried out is calculated, and the calculation result is printed on a predetermined list of the recording card with a specific mark attached if the code matches or is not recognized. Processing method. (2) A device that calculates and outputs the amount of materials brought in or taken out by vehicles based on the results of vehicle weight detection by a truck scale installed at the entrance/exit of a material storage yard, and is formed on the device body at the time of entry. A code indicating predetermined information about the vehicle displayed in a predetermined code format is inserted into the recognition card that is inserted through the only card insertion hole, and when participating, the code of the recognition card and the card are superimposed on the card. A device reads the code printed on the recording card inserted through the insertion hole at the time of entry, and predetermined processing is performed at the time of entry or exit based on the read code and the vehicle weight detected by the truck scale. and a processing device, based on the processing, at least the vehicle weight detection value by the truck scale and the processing result using the code method at the time of entrance.
and a printing device that prints at least the amount of material brought in or the amount of material taken out on a predetermined list of the recording card at the time of participation. (3) The track scale data processing method and device according to claims 1 and 2, wherein the predetermined code method is a bar code method.